Guest guest Posted January 17, 2006 Report Share Posted January 17, 2006 Hi All, Korean colleagues (Yang et al, 2003) published that steroid + electro- AP gave BETTER results than steroid alone or electro-AP alone in experimental spinal cord injury in dogs. See: Jung-whan Yang, Seong-mok Jeong, Kang-moon Seo and Tchi- chou Nam*. Effects of Corticosteroid and Electro-AP on Experimental Spinal Cord Injury in Dogs. J. Vet. Sci. (2003), 4(1), 97-101. College of Veterinary Medicine, Seoul National University, San 56-1 Shillim 9- dong, Kwanak-gu, Seoul 151-742, Korea; ªCorresponding author: Tchi- chou Nam College of Veterinary Medicine, Seoul National University San 56-1 Shillim 9-dong, Kwanak-gu, Seoul 151-742, Korea Tel: +82-2- 880-8680; Fax: +82-2-888-5310, <tcnam] The aim of this study was to investigate the effects of electro-AP, corticosteroid, and combination of two treatments on ambulatory paresis due to spinal cord injury in dogs by comparing therapeutic effects of electro-AP and corticosteroid. Spinal cord injury was induced in 20 healthy dogs (2.5~7 kg and 2~4 years) by foreign body insertion which compressed about 25% of spinal cord. There was no conscious proprioception, no extensor postural thrust, and ambulation. Dogs were divided into four groups ac cording to the treatment; corticosteroid (group A), electro-AP (group B), corticosteroid + electro-AP (group AB), and control (group C). Neurological examination was performed every day to evaluate the spinal cord dysfunction until motor functions returned to normal. Somatosensory evoked potentials (SEPs) were measured for objective and accurate evaluations. The latency in measured potentials was converted into the velocity for the evaluation of spinal cord dysfunctions. Pain perceptions were normal from pre-operation to 5 weeks after operation. Recovery days of conscious proprioception in groups A, B, AB, and C were 21.2±8.5 days, 19.8±4.3 days, 8.2±2.6 days, and 46.6±3.7 days, respectively. Recovery days of extensor postural thrust in group A, group B, group AB, and group C were 12.8±6.8 days, 13.8±4.8 days, 5.4±1.8 days, and 38.2±4.2 days, respectively. There were no significant differences between group A and group B. However, recovery days of group AB was significantly shorter than that of other groups and that of group C was significantly delayed (p<0.05). Conduction velocities of each group were significantly decreased after induction of spinal cord injury on SEPs (p<0.05) and they showed a tendency to return to normal when motor functions were recovered. It was considered that the combination of corticosteroid and electro-AP was the most therapeutically effective for ambulatory paresis due to spinal cord injury in dogs. The full text is at: http://www.vetsci.org/2003/pdf/97.pdf I have heard that some veterinary colleagues in the west inject small doses of steroids at the acupoints, and colleagues in Korea do this routinely. Is this done in human AP practice also? Some AP teachers suggest that steroid use can inhibit or reduce the efficacy of AP therapy. Some suggest that for best clinical results of AP therapy,animals that present for treatment while on steroid therapy prescribed by another practitioner should be weaned off the steroid gradually before starting AP therapy. Indeed, the idea goes beyond steroids; some teachers say that high doses of ANY exogenous hormone (for example insulin or thyroid hormone) suppresses the body's ability to produce its own hormone, and that an AP therapy that aims to increase production of that hormone can be inhibited by the exogenous hormone. I am not sure that the widely held idea of an antagonism between exogenous hormones and a good response to AP is correct in clinical practice. What do YOU think? Have YOU found that pre-existing or concurrent administration of steroid, insulin or thyroid hormone interfered with the AP effect? Best regards, HOME + WORK: 1 Esker Lawns, Lucan, Dublin, Ireland Tel: (H): +353-(0) or (M): +353-(0) < " Man who says it can't be done should not interrupt man doing it " - Chinese Proverb Quote Link to comment Share on other sites More sharing options...
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